Simulating the Palmer-Chalker state in an orbital superfluid

STRONG-COUPLING ORBITAL IN SUPERFLUID 3He-A

The theory is proposed for a new orbital mode in superfluid He-A for which strong-coupling effects are essential. A phenomenological picture of this mode is given. The connection with experimentally observable effects is sketched. It is by now widely believed that superfluid He-A is to be identified with the so-called ABM phase /1,2/ where pairing takes place between He atoms with parallel spin...

Orbital Emphysema Simulating Cellulitis.

day thecorneal infiltrate was extensive. 'The development of such a severe keratitis in such a short time was astonishing. The patient was then supplied with a new contact lens, and within a week the eyi quietened down again. '2. Mrs. A.D., aged 58 years. Five weeks after alcohol.injection for right trigeminal neuralgia, neuroparalytic keratitisdeveloped. When firstseen a fortnight after the on...

Superfluid state for photons

Geochemistry & Dragons by Dave Chalker

Introduction Fantasy novels have existed for a long time, but came into prominence after J.R.R. Tolkien’s Lord of the Rings series. This series introduced many concepts into fantasy and created a genre sometimes known as “high fantasy.” Many novels are written in this mold every year, and in addition, people indulge in pretending they are a part of this kind of world through such role-playing g...

Scale-separation scheme for simulating superfluid turbulence: Kelvin-wave cascade.

A Kolmogorov-type cascade of Kelvin waves-the distortion waves on vortex lines-plays a key part in the relaxation of superfluid turbulence at low temperatures. We propose an efficient numeric scheme for simulating the Kelvin-wave cascade on a single vortex line. This idea is likely to be generalizable for a full-scale simulation of different regimes of superfluid turbulence. With the new scheme...